高硅电工钢超薄带冷轧过程中的织构演变
采用轧制工艺制备了0.10 mm厚的6.5%Si高硅电工钢超薄带,并用X射线衍射技术对冷轧过程中的形变织构演变规律进行了研究,进而提出了分别有利于λ（〈100〉//ND,ND为轧面法线方向）和η（〈100〉//RD,RD为轧向）再结晶织构优化的形变织构控制方法.研究表明,50%～70%压下率有利于η再结晶织构优化,易于促进S=0.5层强η再结晶织构的形成.小于30%压下率和91%～97%压下率均有利于λ再结晶织构优化,其中30%的压下率更适合于二次冷轧法制备高硅钢超薄带时λ再结晶织构控制....
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| Published in | 东北大学学报（自然科学版） Vol. 38; no. 5; pp. 645 - 649 |
|---|---|
| Main Author | |
| Format | Journal Article |
| Language | Chinese |
| Published |
东北大学 材料各向异性与织构教育部重点实验室,辽宁 沈阳,110819
2017
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| Subjects | |
| Online Access | Get full text |
| ISSN | 1005-3026 |
| DOI | 10.3969/j.issn.1005-3026.2017.05.008 |
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| Abstract | 采用轧制工艺制备了0.10 mm厚的6.5%Si高硅电工钢超薄带,并用X射线衍射技术对冷轧过程中的形变织构演变规律进行了研究,进而提出了分别有利于λ（〈100〉//ND,ND为轧面法线方向）和η（〈100〉//RD,RD为轧向）再结晶织构优化的形变织构控制方法.研究表明,50%～70%压下率有利于η再结晶织构优化,易于促进S=0.5层强η再结晶织构的形成.小于30%压下率和91%～97%压下率均有利于λ再结晶织构优化,其中30%的压下率更适合于二次冷轧法制备高硅钢超薄带时λ再结晶织构控制. |
|---|---|
| AbstractList | 采用轧制工艺制备了0.10 mm厚的6.5%Si高硅电工钢超薄带,并用X射线衍射技术对冷轧过程中的形变织构演变规律进行了研究,进而提出了分别有利于λ（〈100〉//ND,ND为轧面法线方向）和η（〈100〉//RD,RD为轧向）再结晶织构优化的形变织构控制方法.研究表明,50%～70%压下率有利于η再结晶织构优化,易于促进S=0.5层强η再结晶织构的形成.小于30%压下率和91%～97%压下率均有利于λ再结晶织构优化,其中30%的压下率更适合于二次冷轧法制备高硅钢超薄带时λ再结晶织构控制. TG132.271; 采用轧制工艺制备了0.10 mm厚的6.5%Si高硅电工钢超薄带,并用X射线衍射技术对冷轧过程中的形变织构演变规律进行了研究,进而提出了分别有利于 λ( //ND,ND为轧面法线方向)和η( //RD,RD为轧向)再结晶织构优化的形变织构控制方法.研究表明,50%~70%压下率有利于η再结晶织构优化,易于促进S=0.5层强η再结晶织构的形成.小于30%压下率和91%~97%压下率均有利于λ再结晶织构优化,其中30%的压下率更适合于二次冷轧法制备高硅钢超薄带时λ再结晶织构控制. |
| Abstract_FL | High silicon electrical steel ultra-thin sheets of 0. 10 mm thick, containing about 6. 5%Si, were prepared by rolling method. The evolution of deformation texture during cold rolling was studied using X-ray diffraction. Then the methods of controlling deformation texture were proposed in favor of the λ ( //ND, normal direction ) and η ( //RD, rolling direction) recrystallization texture, respectively. The rolling reduction between 50% and 70% is easy to promote the formation of theηrecrystallization texture at the layer of S=0. 5. While, the rolling reductions of either less than 30% or 91% ~97% are in favor of λ recrystallization texture, in which the former reduction is more suitable to control the λ recrystallization texture when using a two-stage cold rolling method to prepare high silicon steel ultra-thin sheets. |
| Author | 柳金龙 沙玉辉 邵光帅 左良 |
| AuthorAffiliation | 东北大学材料各向异性与织构教育部重点实验室,辽宁沈阳110819 |
| AuthorAffiliation_xml | – name: 东北大学 材料各向异性与织构教育部重点实验室,辽宁 沈阳,110819 |
| Author_FL | LIU Jin-long SHAO Guang-shuai ZOU Liang SHA Yu-hui |
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| ClassificationCodes | TG132.271 |
| ContentType | Journal Article |
| Copyright | Copyright © Wanfang Data Co. Ltd. All Rights Reserved. |
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| Keywords | high silicon steel 高硅钢 薄带 织构 Fe-6.5％Si texture Fe-6. 5％ Si cold rolling 冷轧 thin sheets |
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| Snippet | 采用轧制工艺制备了0.10 mm厚的6.5%Si高硅电工钢超薄带,并用X射线衍射技术对冷轧过程中的形变织构演变规律进行了研究,进而提出了分别有利于λ（〈100〉//ND,ND为轧面法线方... TG132.271; 采用轧制工艺制备了0.10 mm厚的6.5%Si高硅电工钢超薄带,并用X射线衍射技术对冷轧过程中的形变织构演变规律进行了研究,进而提出了分别有利于 λ( //ND,ND为轧面... |
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| SubjectTerms | Fe-6.5%Si 冷轧 织构 薄带 高硅钢 |
| Title | 高硅电工钢超薄带冷轧过程中的织构演变 |
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